Diversity and adaptation properties of actinobacteria associated with tunisian stone ruins

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SUMMARY

    Many actinobacteria produce a wide array of secondary metabolites (Lewin et_al, 2016; van Bergeijk et_al, 2020), such as siderophores and enzymes that enhance nutrient availability (Sathya et_al, 2017). Members of the Blastococcus, Geodermatophilus, Kocuria, and Modestobacter genera are known to be resistant to desiccation, ionizing_radiation, UV-light, and heavy metals (Sghaier et_al, 2016; Sajjad et_al, 2018; Sayed et_al, 2020; Liu et_al, 2022). According to recent study, the stone microbiome on stone monuments is mainly dominated by Actinobacteria, Proteobacteria, Firmicutes, and Cyanobacteria (Marvasi et_al, 2021; Ding et_al, 2022). The filaments of Actinobacteria and other filamentous . . .

     

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